69results about How to "Avoid waking up" patented technology

The embodiment of the invention discloses a method and system for determining the presence of a broadcast / multicast cache frame at an access point, which are used for solving the problem of unnecessary wakeup of terminal equipment. The method comprises the following steps of: when the access point receives a broadcast / multicast frame transmitted by a service network and / or multicast group, setting a broadcast / multicast indicating bit corresponding to the service network and / or multicast group in an effective state and transmitting a frame with the broadcast / multicast indicating bit to the terminal equipment; and determining the presence of a broadcast / multicast cache frame belonging to the terminal equipment at the access point according to the service network and / or multicast group related to the terminal equipment and the received broadcast / multicast indicating bit. The embodiment of the invention further discloses an access point and terminal equipment. According to the embodiment of the invention, the presence of the broadcast / multicast cache frame belonging to the terminal equipment at the access point can be recognized by the terminal equipment.

The invention discloses a pram anti-theft method comprising the following steps: acquiring the information of a baby in a pram; if the baby individual information is beyond a preset parameter range, opening a camera to carry out face recognition; and acquiring the face information of a person picking up the baby within a shooting range, and raising the alarm if the face information is beyond a face information range. The pram anti-theft method provided by the invention is simple to operate. A pressure detection device on the pram is used to activate the camera to carry out face recognition, and whether a person is a safe person is identified based on the result of face recognition and faces in an original database. Through intelligent alarm, babies are prevented from being stolen on one hand, and on the other hand, babies are prevented from being awakened under reasonable conditions. Meanwhile, the invention discloses a pram anti-theft device.

The invention relates to a touch control device, a touch control method and electronic equipment. The touch control device comprises a cover board, a fingerprint module, a pressure sensor and a processor. The fingerprint module is arranged between the pressure sensor and the cover board. The fingerprint module abuts against the pressure sensor and the cover board. The pressure sensor is electrically connected with the processor, wherein the pressure sensor detects a pressing force of a touch control operation on the fingerprint module. The processor determines whether the touch control operation is a mistaken touch operation based on the pressing force. The touch control device, the touch control method and the electronic equipment can prevent arrangement of touch control buttons which correspond with the fingerprint module in a manner of punching on the cover board, thereby ensuring wholeness of the cover board. On the condition that a user unconsciously touches the fingerprint module, continuous CPU awaking by the fingerprint module because of mistaken touch is prevented, thereby reducing electric energy consumption by the CPU and effectively preventing error touch control.

Embodiments of the application disclose a Bluetooth scanning method, a Bluetooth scanning device, equipment and a storage medium, and belong to the technical field of Bluetooth. The method comprises the following steps: when Beacon data is received, waking up the processor in a low power mode, wherein the Beacon data is broadcast by Bluetooth master equipment, and the processor is used to processthe Beacon data; if receiving the Beacon data broadcasted by the same Bluetooth master equipment, acquiring the strength of n received signals corresponding to n Beacon data, wherein n is an integer greater than or equal to 2; and if the strength of n received signals meets the preset condition, turning off the Bluetooth scan, wherein the Bluetooth slave equipment stops receiving the Beacon data after the Bluetooth scan is turned off. The embodiments of the application can avoid frequently waking up the processor due to frequent reception of Beacon data broadcasted by the same Bluetooth masterequipment, there further reducing the power consumption of the Bluetooth slave equipment in the low power mode.

The invention relates to a method of wearable equipment for controlling terminal equipment, wearable equipment and terminal equipment. The method includes the steps of: detecting user behavior when pairing with terminal equipment succeeds; and sending the user behavior to the terminal equipment, so that the terminal equipment can enter a flight mode when the user behavior is sleep behavior and release the flight mode when the user behavior is waking behavior. The terminal equipment can be controlled to enter or release the flight mode automatically through the wearable equipment, thereby preventing a user from being awakened from sleep due to forgetting of switching of the flight mode, and improving user experience.

The invention relates to an intelligent anti-snoring pillow which comprises a base, a flexible pillow body and a main control circuit, and further comprises a capacitive sensing sheet used for detecting a head position and an adjusting device used for adjusting the head position, wherein the capacitive sensing sheet is connected with the main control circuit; the adjusting device comprises a plurality of independent inflatable / deflatable air bags; the quantity and the positions of the air bags correspond to those of sensing areas on the capacitive sensing sheet; a plurality of the sensing areas are arranged on the capacitive sensing sheet and positioned above the air bags; the main control circuit controls an air bag corresponding to a sensing area to deflate according to the detected position of the sensing area, so as to prevent snoring. The invention further discloses an anti-snoring method. Through adoption of the anti-snoring pillow, the head position can be intelligently detected, and snoring can be prevented by adjusting the air bags.

The invention discloses a sleep monitoring system and a sleep monitoring method. The sleep monitoring system comprises an intelligent terminal and a sleep monitor, wherein the intelligent terminal is used for recording sleep environment sound and recognizing snoring sound; the sleep monitor comprises a wireless module in wire communication with the intelligent terminal, a controller used for receiving a signal from the wireless module or sending a signal to the wireless module, a posture sensor for monitoring the posture of a sleeper and transmitting a posture signal to the controller, an electric pulse module controlled by the controller to generate a stimulation signal, an electrode electrically connected with the electric pulse module and a power supply module for providing electric energy for the sleep monitor. The sleep monitoring system and the sleep monitoring method are capable of more precisely recognizing the snoring sound to prevent and cure the snoring of the sleeper.

The invention discloses an improved adhering fastener mechanism for a paper diaper. Each adhering sheet of the paper diaper comprises a lining membrane and a bottom membrane, wherein each lining membrane comprises a silicone oil layer, a plastic film layer and a hot melt adhesive layer which are sequentially fixed; and each bottom membrane comprise a silicone oil layer, a non-woven fabric layer used for providing a flexible outer surface, a plastic film layer and a hot melt adhesive layer which are sequentially fixed. The adhering fastener mechanism of the paper diaper has the advantages of simple structure and low production; and when a paper diaper with the adhering fastener mechanism is worn on a human body, the part which is exposed outside and in direct contact with the human body is not a hard plastic film any more but is a flexible non-woven fabric, thus the user feels more comfortable.

The invention discloses an M-BUS communication interface converter used for a centralized meter reading system and compatible with European standard agreement. The M-BUS communication interface converter comprises a master controller, an upward communication module and a downward communication module, wherein the upward communication module and the downward communication module are connected with the master controller, the master controller comprises a master control chip and a Flash memory, and the upward communication module comprises an upward carrier module which is connected with a concentrator in the centralized meter reading system; the downward communication module comprises a first metering MBUS interface used for being connected with an external water meter, a natural gas meter and a heat meter, and a downward communication RS485 interface connected with an external electricity meter. Data of the electricity meter are acquired through the downward communication RS485 interface, data of the water meter, the natural gas meter and the heat meter are acquired through the first metering MBUS interface, data are acquired and transferred to the centralized meter reading system through the upward carrier module, and coexistence of the centralized meter reading system and another external meter reading system is realized.

The invention relates to the field of air conditioning control, in particular to an outdoor temperature-based air conditioner wakeup control method and system and air conditioner. The outdoor temperature-based air conditioner wakeup control method comprises the following steps of acquiring the getting-up time of a user; acquiring the outdoor temperature corresponding to the getting-up time of the user; calculating the comfortable temperature when the user gets up according to the outdoor temperature; and setting the temperature of the air conditioner when the user gets up to be the comfortable temperature. The invention discloses the outdoor temperature-based air conditioner wakeup control method, by acquiring the getting-up time of the user and the outdoor temperature at the getting-up time, a curve of air conditioner running temperature or sleeping temperature is regulated, the user is prevented from difficulty in waking up or having discomfortable feeling when waking up ahead of time as the temperature is too high, and the comfort when the user gets up is improved.

The invention discloses microorganism-based crack depth-width three-dimensional self-repairing concrete and a preparation method thereof. The concrete is prepared from 30-120 parts of a microbial self-repairing agent, 0-50 parts of probiotics-loaded expanded perlite, 0-50 parts of an oxygen slow-release agent, 0-50 parts of nutrient-loaded expanded perlite, 23 parts of expanded perlite with the particle size of 120 mesh, 350-500 parts of cement, 1000-1300 parts of pebbles, 400-600 parts of sand, 30-50 parts of silica fume, 2-4 parts of polypropylene fiber, 4-6 parts of a water reducer and 250-350 parts of water. A four-component repair system composed of the microbial self-repairing agent, the oxygen slow-release agent, the probiotics-loaded expanded perlite and the nutrient-loaded expanded perlite is combined with the polypropylene fiber to form the crack depth-width three-dimensional self-repairing concrete. The concrete can remedy the deficiency that the crack depth-direction repaireffect of a current concrete crack self-repairing technology is poor, the durability of the concrete is improved, and meanwhile the concrete is environmentally friendly and light and has a heat insulation function.

The invention relates to the technical field of communication, and especially relates to a message filtering method and device, a terminal, and a readable storage medium. The method comprises the steps: receiving a data message, and judging the type of the data message at a link layer; carrying out the filtering of the data message at the link layer based on a preset filtering rule when the data message is determined to be a unicast data message, and determining whether the data message is transmitted to a corresponding application program or not according to a filtering result. According to the above method, the judgment of the type of the received data message is carried out at the terminal link layer, and the preset filtering rule is employed for the filtering of the unicast data message when the data message is determined to be the unicast data message, thereby preventing a terminal system from being awakening by a useless unicast data message, reducing the processing load of a terminal CPU, and reducing the power consumption of the terminal system.

The invention provides an alarm clock setting prompting method and system. The alarm clock setting prompting method mainly includes acquiring illuminance information of the environment of a mobile terminal in a preset time quantum and position change state information of the mobile terminal; generating alarm clock setting prompting information when the illuminance value of the environment of the mobile terminal is lower than a preset threshold value and the position change state information of the mobile terminal indicates that the position of the mobile terminal is not changed within the preset time quantum; sending out alarm clock setting prompts according to the alarm clock setting prompting information so as to prompt users of setting alarm clock ringing time. In the embodiment, setting of the alarm clock ringing time can be prompted by judging whether the users sleep or not according to the illuminance information of the environment of the mobile terminal and the position change states of the mobile terminal, so that the users can flexibly set the alarm clock ringing time according to temporary changes of schedules and alarm clocks are more intelligent.

The embodiment of the application discloses a Bluetooth scanning method and device, equipment and a storage medium, and belongs to the technical field of Bluetooth. The method includes: in a low powermode, awakening a processor when Beacon data are received, wherein the Beacon data are broadcast by Bluetooth master equipment, and the processor is used for processing the Beacon data; if n pieces of Beacon data broadcast by the same Bluetooth master equipment are received, obtaining pedometer data respectively corresponding to the n pieces of Beacon data, wherein the pedometer data are obtainedwhen the Beacon data are received, n >= 2, and n is an integer; and if the pedometer data meet a preset condition, closing Bluetooth scanning, wherein Bluetooth slave equipment stops receiving of theBeacon data after Bluetooth scanning is closed. The method can avoid frequent awakening of the processor due to frequently receiving Beacon data broadcast by the same Bluetooth master equipment, andfurther reduces power consumption of the Bluetooth slave equipment in the low power mode.

The invention provides a control device, method and device, a storage medium and an air conditioner, and the control device comprises a voice unit which is used for receiving wake-up voice, and carrying out the recognition of the received wake-up voice to obtain first voice recognition information of the wake-up voice; a communication unit which is used for being connected with at least one pieceof voice equipment, and the communication unit and the at least one voice equipment form a wireless grid equipment network; when the voice unit receives the wake-up voice, the communication unit receives second voice recognition information of the wake-up voice, the second voice recognition information is broadcasted by the at least one voice equipment and is obtained by recognizing the wake-up voice; and a main control unit which is used for comparing the first voice recognition information recognized by the voice unit with the second voice recognition information received by the communication unit so as to determine whether to wake up the voice equipment. According to the scheme provided by the invention, multiple voice equipments can be prevented from being awakened and controlled by voice at the same time.

The invention provides a method for receiving a reference signal, a method for sending the reference signal and a device. The method for receiving the reference signal comprises the following steps: when terminal equipment is out of a first time period, the terminal equipment detects a first signal and determines whether to use the first reference signal to perform time-frequency tracking and / or channel measurement according to a detection result of the first signal; when the terminal equipment is in a first time period, the terminal equipment receives a second reference signal, wherein the first reference signal and the second reference signal are reference signals used for time-frequency tracking and / or channel measurement. According to the method and the device, the utilization rate ofthe TRS resources can be improved, and the overhead of the TRS signals is reduced, so that the power consumption of the terminal equipment is reduced.

The invention discloses a medical swing-type baby sleep aid bed, which comprises a data control cabinet, an equipment installation box, a cantilever plate, a motor, a rotating plate, a hinge support, a connecting rod, a transmission rod, a load plate, connecting bolts, a vertical To the connection plate, horizontal support plate, baffle plate, spring tube, baby cot, power switch, rotating shaft and copper coil, the underside of the data control cabinet is provided with an equipment installation box, and the inside of the equipment installation box is welded with a suspension Picking plate, the upper side of the cantilevered plate is provided with a motor, the front side of the motor is equipped with a rotating plate, the rotating plate is connected with the connecting rod through the hinge support, and the connecting rod is connected with the load plate through the transmission rod , the load plate is connected to the vertical connecting plate through connecting bolts. The bed has a flat surface, is equipped with a double-layer body shell, has good sound insulation effect, is equipped with parallel vertical connecting plates, has a good parallel transmission effect, is driven by mechanical linkages, and the bed swings smoothly. It is a set of medical equipment with excellent performance. Rocking baby sleeper bed.

The invention discloses a smart alarm clock system based on odor awakening. The system includes a smart phone face recognition system, a smart alarm clock system based on odor awakening and a corresponding application program. According to the system, the time is set through a smart phone and the smart alarm clock system is remotely controlled. When the time set by the smart phone is up, the smartphone sends a signal to start the smart alarm clock system. When a user wants to shut down the alarm clock system, the user needs to smile at a camera of a smart camera, and the smart phone can recognize the smile expression of the human face, and the alarm clock system is shut down by remote control. A sound that affects people's sleep is not produced in the entire process, and others' sleepingquality is not affected. The entire process is warm and interesting, making the user start a happy and energetic day.

The invention provides a multifunctional infant protector, comprising a main engine for protecting and warning and a slave engine which is located near an infant. The salve engine comprises a temperature sensor, a humidity sensor, an illumination intensity sensor, a first microprocessor and a first wireless module, wherein, the first microprocessor is composed of a collection module and a first transmitting module which is connected with the first wireless module; the main engine comprises a second microprocessor, a second wireless module and an alarming circuit, and the second wireless moduleis matched with the first wireless module; the second microprocessor comprises a second receiving module and a remote warning module for comparing each received sensor signal with preset normal rangeand sending out an instruction for starting the alarming circuit when the sensor signal exceeds the normal range; the remote warning module is connected with the alarming circuit. The invention has the function of detecting temperature, humidity and illuminance, avoids waking up infants effectively and has fine applicability.

The invention relates to the technical field of communication, and discloses a measurement GAP resource control method and a multi-mode terminal. The measurement GAP resource control method comprises:acquiring a measurement GAP required by a measurement control module of each mode in the multi-mode terminal; and distributing the measurement GAPs according to requirements of the measurement control module of each mode on the measurement GAPs, wherein preferably, the whole measurement GAP block is distributed to a measurement control module requiring the whole measurement GAP block, and after the measurement control module receiving the whole measurement GAP block cuts off the whole measurement GAP block according to requirements, the cut measurement GAP fragments are distributed to at least one measurement control module which does not need the whole measurement GAP block. The invention further discloses a multi-mode terminal. According to embodiments of the invention, full utilizationof the measurement GAP resource is achieved, timeliness of terminal measurement update is facilitated, and mobility performance of the terminal is optimized.

The invention relates to a safety monitoring system and method suitable for disabled old people, and the system at least comprises a first intelligent terminal which is used for collecting the first physiological information of a monitored person, a pressure sensor which is used for collecting the pressure data of the monitored person, and a logic operation module. The logic operation module performs predictive early warning on the sleeping posture of the monitored person according to the following steps: determining sleeping posture trend information of the monitored person in a prone sleeping posture based on the pressure data acquired in real time; obtaining a safety assessment result based on second physiological information which is collected by a second intelligent terminal and contains behavior information, posture information and / or environment information of the monitored person; and indicating a third intelligent terminal to send a safety state prompt and / or an early warningprompt to the guardian based on the sleeping posture trend information and / or the safety evaluation result.

The invention discloses an air conditioner sleep mode control method. The method comprises the steps that S1, when current time reaches preset peaceful sleep time in an air conditioner, whether parameters of the environment where the air conditioner is located meet preset conditions is judged; S2, when the preset conditions are met, the air conditioner enters a sleep mode; and S3, when the preset conditions are not met, a user is reminded that the air conditioner will enter the sleep mode within the first preset time. The invention further provides an air conditioner sleep mode control device, a storage medium and an air conditioner. The air conditioner adopting the scheme, a temperature and an air volume are properly adjusted according to the human engineering principle, the purpose of making human bodies comfortable is achieved, and energy can be saved.

The invention belongs to the technical field of smart home, and discloses a passive side-lying device, a control method thereof and a sleep auxiliary system, and the device comprises a parameter presetting module which is used for presetting side-lying related parameters for a user; a camera module is used for acquiring a user sleep image; the sign information monitoring module is used for acquiring related sign information of a user; a sound acquisition module is used for acquiring user sleep sound; a data analysis and extraction module is used for extracting a user sleep posture, a user sleep breathing condition and other related information; a sleep state judgment module is used for judging whether the user sleeps abnormally or not; a side-lying determination module is used for determining whether to start the side-lying device; the side-lying starting module is used for adjusting air pumps on the two sides based on preset side-lying parameters or in a self-adaptive mode to enable the user to be in a side-lying posture; the data analysis module is used for analyzing breathing information when the user lies on the side and lies on the side. The device can effectively help a userto form a good side-lying habit, improves the sleep comfort, and reduces the situations of snoring, apnea and the like.

The invention provides a wake-up signal sending method and device, a wake-up signal receiving method and a device thereof, and an electronic device, and the sending method comprises the steps that a communication node negotiates with a terminal to obtain the service type of the terminal; and the communication node sends a wake-up signal WUS according to the service type. Through the method and thedevice thereof, the problem of false awakening caused by sending the awakening signal WUS in related technologies is solved, and the accuracy of awakening the terminal is improved.

The invention relates to the technical field of starting of old-age nursing robots, in particular to a method for awakening an old-age nursing robot. The method comprises the following steps that S1, human body parameters of the old and family members are collected firstly and stored into a storage module; S2, during old-age nursing robot using, human body parameters of a target close to the old-age nursing robot are measured and transmitted to a microprocessor; S3, the measured human body parameters of the target are matched and compared with the human body parameters in the storage module through the microprocessor; S4, when matching of the microprocessor is successful, the old-age nursing robot is controlled by the microprocessor to start, and if matching is failed, stopping is continuously kept; and S5, after starting, the old-age nursing robot serves the old. According to the method, the old-age nursing robot is intelligently awakened by means of the method that approaching of the old and the family members of the old is detected, so that more convenience is brought to the old during old-age nursing robot using, the scared psychology of the old is overcome, and the curiosity of the old is met.

The invention relates to a safety system based on body position adjustment. The system at least comprises a pressure sensor for collecting pressure data applied by a first user, a first smart end forcollecting first sign information of the first user and a central processing module. Under the condition that the first user is placed on a mattress provided with a plurality of inflatable airbags, the central processing module is configured to limit the sleep behavior of the first user according to the following steps: determining a sleep characteristic of the first user based on the pressure data within the set time period and the first sign information to establish an association table of the time and sleep stages; determining the trend characteristic of the first user for sleeping with theface down based on the pressure data collected in real time in the case that the first user has the side sleep behavior. Under the condition that the trend characteristic and the association table are matched with each other, the inflated airbags restrict the generation of the sleeping behavior with the face down in the inflation expansion mode.

The invention relates to a blue light irradiation bed for pediatric jaundice treatment. The bed comprises a bottom rack, a swinging mechanism, a height adjusting mechanism, a movable rack, a baby bed and a blue light irradiation mechanism. The blue light irradiation bed for pediatric jaundice treatment can solve the following problems in the treatment process of neonatal jaundice: a, in the traditional pediatric jaundice treatment process, the blue light irradiation effect is influenced due to unconscious turning of a newborn in the blue light irradiation process, thus the blue light irradiation is not uniform, the irradiation time of blue light on the surface of the newborn body is influenced, and the neonatal jaundice treatment effect is affected; and b, in the traditional pediatric jaundice treatment process, the newborn needs to be turned over frequently to ensure that the front and back of the newborn are irradiated by blue light, the area of the newborn irradiated by the blue light is larger, however, as the newborn is poor in autonomous consciousness and cannot turn over by himself, the newborn needs to turn over manually by nurses, and the workload is large.

The embodiment of the invention relates to snore stopping equipment, an equipment control method and a controller. The snore stopping equipment comprises a snore detection device, the controller and asnore stopping pad, wherein a plurality of fine adjustment devices and a plurality of position detection devices are arranged on the snore stopping pad. The method comprises the steps of continuouslyobtaining physiological signals of a user in the sleeping process through the snore detection device; if it is determined that snore signals exist in the physiological signals, obtaining user position information through the position detection devices; determining X * Y devices to be finely adjusted from the fine tuning devices according to the user position information; and executing a preset action I, wherein the preset action I is as follows: performing stepped adjustment on the X * Y devices to be finely adjusted along a preset direction, so that the parameter changes of the X * Y devicesto be finely adjusted are directionally transmitted, and the transmission direction of the parameter changes is the preset direction. According to the embodiment of the invention, the snore stoppingpad is placed below a pillow on a bed, so that the stiff neck problem of a user can be effectively solved.

The embodiment of the invention discloses an awakening method, device and system for a vehicle operating system, relates to the technical field of vehicles, and can solve the problems that in the prior art, an engine needs to be started when the vehicle operating system is awakened, so that operation is tedious, and vehicle resources are consumed. The method comprises the steps of receiving a wake-up instruction issued by a cloud; awakening the vehicle operating system by calling an awakening interface of the vehicle operating system; sending the wake-up instruction to the vehicle operating system, so that the vehicle operating system performs validity verification on the content in the wake-up instruction; and determining that the vehicle operating system is successfully awakened when itis determined that the awakening instruction is successfully verified. The embodiment of the invention is mainly suitable for a scene of remotely waking up the vehicle operating system.

The invention relates to a hydraulic nursing bed. The hydraulic nursing bed at least comprises a bed board disposed on a bed body, the bed board at least includes a first bed plate, a second bed plate, a third bed plate and a fourth bed plate which are movably connected to one another, and the fourth bed plate can rotate around the third bed plate on the basis of a first external force, so that afirst included angle is formed between the fourth bed plate and a first fixing surface; the second bed plate can rotate around the third bed plate on the basis of a second external force, so that a second included angle is formed between the second bed plate and the first fixing surface; a first form of the bed board is defined under the case of increasing the first included angle and the second included angle, and a second form of the bed board is defined under the case of increasing the first included angle and decreasing the second included angle; when the bed board is switched from the first form to the second form, at least the posture of the human body can be changed and / or the human body is prevented from tilting forward. According to the hydraulic nursing bed, a forward tilting trend can be predicted in time when a user tilts forward due to fatigue, and correspondingly the risk of falling due to excessive forward tilting of the user is effectively avoided.